Caeli Énergie manufactures high-efficiency air conditioning modules with a coefficient of performance (COP) of 16, producing 16 watts of cooling for every watt consumed, significantly outperforming conventional systems. Their technology eliminates the need for external units, reducing energy consumption by 80% and minimizing carbon impact throughout the product's lifecycle.
Funding
$14.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Conventional air conditioning systems consume significant energy and contribute to carbon emissions, while also requiring bulky external units that can be visually unappealing and disruptive. Traditional systems often have a low coefficient of performance (COP), meaning they require a large amount of energy input to produce a relatively small amount of cooling.
Solution
Caeli Énergie offers high-efficiency air conditioning modules designed to minimize energy consumption and environmental impact. Their modules achieve a COP of 16, producing 16 watts of cooling for every watt consumed, which is five times more efficient than conventional air conditioners. The design eliminates the need for an external unit, offering a more streamlined and aesthetically pleasing solution. By using less energy and focusing on sustainable design, Caeli reduces the carbon footprint associated with cooling.
Target Audience
Caeli's target audience includes installers seeking easy-to-install solutions, building managers looking for simple maintenance, homeowners seeking efficient cooling solutions, and public institutions aiming to ensure thermal comfort while minimizing environmental impact.
Features
- High coefficient of performance (COP) of 16, significantly exceeding traditional air conditioning systems
- Integrated design eliminates the need for an external unit
- Reduced energy consumption, using 30W to 80W depending on the mode
- 80% reduction in carbon impact compared to conventional air conditioning systems over the product's lifespan
- Optimized design using recycled materials
- French manufacturing